| Document Date: 2015-05-25 21:18:31
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City F. Durand / Paris / / Company HTC / Microsoft / Google / / / Facility Stanford University / / IndustryTerm internet access / per-pixel global stereo algorithm / graphics applications / stereo processing / stereo algorithm / baseline algorithms / sum-ofabsolute-values stereo algorithm / stereo algorithms / stereo correspondence algorithms / preferred algorithm / straightforward per-pixel global stereo algorithm / defocus rendering applications / comparable state-of-the-art algorithms / sublinear optical flow algorithm / post-processing / baseline stereo algorithms / video processing / local stereo algorithms / Stereo vision products / accelerated flow algorithms / defocus applications / Real-time edge-aware image processing / using other stereo algorithms / / Organization Stanford University / / Person Shih Carlos Hern / T. Barron Andrew Adams / A. Adams / V / Jonathan T. Barron / / ProgrammingLanguage C++ / / PublishedMedium the LPS times / / SportsLeague Stanford University / / Technology Our algorithm / dense two-frame stereo correspondence algorithms / evaluating stereo algorithms / accelerated flow algorithms / baseline algorithms / non-iterative / sublinear optical flow algorithm / local stereo algorithms / http / grid-based algorithm / baseline stereo algorithms / mobile device / html / stereo algorithm / image processing / existing stereo algorithms / stereo algorithms / sum-ofabsolute-values stereo algorithm / / URL www.ptgrey.com / www.htc.com/us/smartphones / www.google.com/atap / /
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Fast Bilateral-Space Stereo for Synthetic Defocus Jonathan T. Barron Andrew Adams YiChang Shih